AREA More$\_$data$\_$definitions, CODE, READONLY

ENTRY

loop B loop

L$1$ SPACE $3$

L$2$ SPACE $3$

ALIGN

L$3$ SPACE $3$

L$4$ DCD $0$x$12345678$

L$5$ DCD $+2\_1111000011110000$

L$6$ DCD $-2\_1111000011110000$

L$7$ DCW $255$

L$8$ DCW $-255$

L$9$ DCB &$0$A

ALIGN

LA DCD $1,2,3,4$

LB DCB $5$

LC DCD $6$

END

The above program consists of one instruction $($the machine code of this branch instruction is $0$xEAFFFFFE$)$ and a bunch of data definition directives.

Manually calculate the address of each label in the program in hexadecimal without any leading zeros.

$1.$The address of L$5$ in hexadecimal without any leading zeros is $0$x

$2.$The address of L$2$ in hexadecimal without any leading zeros is $0$x

$3.$The address of loop in hexadecimal without any leading zeros is $0$x

$4.$The address of L$9$ in hexadecimal without any leading zeros is $0$x

$5.$ The address of L$3$ in hexadecimal without any leading zeros is $0$x

$6.$The value of location $0$x$7$ in hexadecimal without any leading zeros is $0$x

$7.$The value of location $0$x$29$ in hexadecimal without any leading zeros is $0$x

$8.$The value of location $0$x$1$D in hexadecimal without any leading zeros is $0$x

$9.$The value of location $0$x$1$A in hexadecimal without any leading zeros is $0$x

$10.$ The value of location $0$x$20$ in hexadecimal without any leading zeros is $0$x